Challenges to Lower Friction -Brigde to unknown world-

P Series

Sanalloy’s P Series has achieved a reduction in friction coefficient without damaging conventional characteristics, which have excellent seizure and wear resistance for processing copper alloy, aluminum alloy and stainless steel.

Coefficient of Friction Comparison Result between P series and RD25

Coefficient of Friction for Copper Alloy Coefficient of Friction for Aluminum Alloy Coefficient of Friction for SUS304
The coefficient of friction of PRD9N is lower than that of RD25. The coefficient of friction value of PRD9N is almost the same as RD25 in initial state, but PRD9N has lower frictional coefficient after a steady state. The coefficient of friction of PRD9N is lower than that of RD25.

Life Comparison Result between P Series and Conventional Material

Punching Copper Alloy End milling Aluminum Alloy Cold forging(drawing) SUS304
The life of P Series is twice as long as conventional materials. The life of P Series is 3 times as long as conventional materials. The life of P Series is 3 to 6 times as long as conventional materials

PRF Ultrafine-Grained Cemented Carbide

Characteristics: Series Resistance・Corrosion Resistance・ Wear Resistance・Chipping Resistance

Low friction material with excellent wear resistance by adopting ultrafine WC particles. It is used for progressive dies and blanking punches.

PRF14N Microstructure

PRD Fine-Grained Cemented Carbide

Characteristics: Series Resistance・Corrosion Resistance・ Wear Resistance

Low friction material with excellent strength, wear resistance and toughness. It is wildly used for all kinds of wear resistance tools.

PRD14N Microstructure

PRV Coarse-Grained Cemented Carbide

Characteristics: Series Resistance・Corrosion Resistance・ Impact Resistance・High-Fracture Toughness

Low friction material with high toughness by adopting coarse WC particles. It is used for deformed dies on which local stress concentration is generated.

PRV18N Microstructure

ページトップへ